GROWTH, NODULATION, YIELD AND MINERAL TISSUE CONTENT OF PEANUT IN RESPONSE TO FOLIAR AND COATING APPLICATION OF HUMIC ACID AND PLANT GROWTH –PROMOTING RHIZOBACTERIA

Effects of co-inoculation of Bradyrhizobium and cyanobacteria strains on growth parameters and yield of peanut (Arachis hypogaea L.) plants in sandy soils

INTEGRATED EFFECT OF N-FORMS IN MINERAL AND ORGANIC WITH OR WITHOUT SYANOBACTERIA INOCULATION ON IMPROVING PEANUT PRODUCTIVITY

EFFECT OF CYANOBACTERIA, AND PHOSPHATE DISOLING BACTERIA INOCULATION ON IMPROVING PEANUT PRODUCTIVITY IN PRESENCE OR ABSENCE OF DIFERENT RATES OF ROCK PHOSPHAE FERTILIZER UNDER S

EFFECT OF MINERAL NITROGEN AND BIOFERTILIZER APPLICATION ON NODULATION EFFICIENCY AND GROWTH OF PEANUT PLANTS GROWN ON A SANDY SOIL TREATED WITH ORGANIC FERTILIZERS

GROWTH PROMOTION OF SOME SOYBEAN CUL TIVARS BY RHIZOBIUM AND PHOSPHATE-SOLUBILIZING BACTERIA

Effect of Bio-Organic Amendments on Growth, Yield, Nodulation Status, and Microbial Activity in the Rhizosphere Soil of Peanut Plants under Sandy Soil Conditions

RESPONSE OF SOYBEAN PLANTS TO INOCULATION WITH RHIZOBIA AND CYANOBACTERIA

Growth Response of Peanut <I> (Arachis hypogaea </I> L.) to Inoculation with <I>Bradyrhizobium </I> Conjugated with <I>Rhizobacteria </I> under Different Levels of Organic Fertili

ENHANCEMENT OF NITROGEN FIXATION, GROWTH, AND PRODUCTIVITY OF BRADYRHIZOBIUM-LUPIN SYMBIOSIS VIA CO-INOCULATION WITH RHIZOBACTERIA IN DIFFERENT SOIL TYPES